Silicone Rubber Heating Tape
Heat Tracing Products

Silicone Rubber Heating Tape

The silicone rubber electric heating tape uses a glass fiber woven framework and a resistive heating element, with an overall external flexible silicone rubber coating. The tape body can be attached to or wrapped around pipes, valves, containers, laboratory equipment, and irregular surfaces for direct heating, frost protection, and insulation; when in use, it requires a matching temperature sensor and controller to limit the temperature of both the heated object and the tape.

Rated Voltage
120V or 240V AC
Standard Bandwidth
13 / 25 / 51 mm
Standard Length
0.6–6.1 m (selected according to bandwidth and voltage)
Power Density
About 0.7 W/cm²

Product highlights

  • Flexible silicone rubber tape can conform to flat, curved, and tubular equipment surfaces
  • Glass fiber woven framework reinforces the tape body, and the silicone rubber outer layer resists moisture and common chemicals
  • 13 / 25 / 51 mm tape width and various standard lengths can be selected according to the installation area
  • Approximately 0.7 W/cm ² power density is suitable for rapid direct surface heating
  • Temperature control must be used, and the tape body should be kept in full contact with the heated surface during installation

Technical specifications

Rated Voltage
120V or 240V AC
Standard Bandwidth
13 / 25 / 51 mm
Standard Length
0.6–6.1 m (selected according to bandwidth and voltage)
Power Density
About 0.7 W/cm²
Common Specifications of 25mm, 240V
0.6m/104W; 1.2m/209W; 1.8m/313W; 2.4m/418W; 3.1m/522W
Extended Specifications of 25mm, 240V
3.7m/627W; 4.3m/731W; 4.9m/836W; 5.5m/940W; 6.1m/1045W
Maximum Exposure Temperature
232°C
Minimum Bending Radius
6 mm
Nominal Thickness
Approximately 3 mm
Structure
Resistive heating element + glass fiber woven framework + extruded silicone rubber outer protective layer
Applicable occasions
Heating of pipes, valves, containers, laboratory equipment, pipelines, and irregular surfaces
Control requirements
Must be equipped with a temperature sensor and thermostat; long-term power-on without temperature control is not allowed
Installation Requirements
Ensure full contact with the heated surface, avoid overlapping, sharp bends, and contact with sharp edges
Heat Tracing Products
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Low-Temperature Self-Regulating Heat Tracing Cable
01

Low-Temperature Self-Regulating Heat Tracing Cable

The low-temperature self-regulating heat tracing cable uses two parallel bus wires and a PTC semiconductor polymer heating core tape. The core tape automatically adjusts output according to local pipe temperature changes: power increases when the temperature drops and decreases when the temperature rises. It is suitable for freeze protection, anti-freezing, and maintaining process temperatures up to 65°C for pipelines, valves, tanks, and equipment in water supply and drainage, fire protection, petrochemical, and other industries.

  • PTC core tape adjusts heating output segment by segment, adapting to different heat dissipation at various pipe positions
  • Parallel busbar structure, can be cut to installation size within the specified maximum loop length
  • self-regulating feature reduces the risk of continuous overheating at overlapping installation positions
Medium-Temperature Self-Regulating Heat Tracing Cable
02

Medium-Temperature Self-Regulating Heat Tracing Cable

The medium-temperature self-regulating heat tracing cable uses parallel bus wires and PTC semiconductor polymer heating core tape, which can automatically adjust the output according to local temperature changes of the pipeline. It is suitable for antifreeze, anti-condensation, and 0–105°C process temperature maintenance of industrial pipelines, valves, storage tanks, and equipment in petroleum, chemical, steel, and power industries.

  • The PTC core tape adjusts the heating output in segments to compensate for heat loss variations at different positions of the pipeline.
  • The parallel loop structure allows cutting according to installation size within the specified maximum loop length.
  • 35 / 45 / 50 / 60 W/m power levels cover medium-temperature antifreeze and process temperature maintenance requirements.
High-Temperature Self-Regulating Heat Tracing Cable
03

High-Temperature Self-Regulating Heat Tracing Cable

The high-temperature self-regulating heat tracing tape uses a semiconductor self-regulating heating core tape and parallel circuits that can be cut on-site. It automatically adjusts output along the heating loop according to ambient temperature and thermal loss of the insulation layer. It is suitable for frost protection and maintaining a process temperature up to 150°C for high-temperature process pipelines, valves, instrument lines, storage tanks, and equipment, and can withstand intermittent high temperatures caused by steam purging.

  • The semiconductor heating core tape adjusts output section by section along the loop to compensate for local heat loss changes.
  • The parallel loop structure allows cutting to on-site dimensions within the specified maximum loop length.
  • 10 / 20 / 30 / 39 / 49 / 66 W/m power ratings cover different high-temperature maintenance loads.

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